OCIOGen simplifies OpenColorIO config creation with a user-friendly GUI, flexible YAML definitions, automatic LUT discovery, and command-line generation capabilities.
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Updated
Aug 7, 2025 - Python
OCIOGen simplifies OpenColorIO config creation with a user-friendly GUI, flexible YAML definitions, automatic LUT discovery, and command-line generation capabilities.
Code in multiple languages to evaluate the transfer function for particle mass analyzers (including the APM and CPMA), including a web app and Matlab version (cf. github.com/tsipkens/mat-tfer-pma).
Digital PLL design notes
VTK + PyQt5 volume rendering of a CT head scan and a turbulent jet simulation
Pure Python MIMO transfer function to state-space conversion. Easy-to-install alternative to SLYCOT with MATLAB-consistent results. No Fortran compiler required! 🚀
Volume rendering of an asteroid impact in water from the IEEE SciVis 2018 dataset. Built with VTK.
A web application built with Python and Streamlit to analyze control systems using transfer functions. It allows users to visualize step response, impulse response, Bode plots, and root locus, and provides information about system stability, poles, zeros, and basic performance metrics.
Desktop block-diagram control systems app in Python with a NodeGraphQt canvas, editable block parameters, closed-loop transfer function analysis, Bode plots, and step response visualization.
A(nother) Python Package about Control Theory
wall-ctf (CATI) - Conduction Transfer Function coefficients for multilayer walls (Z-transform / Mitalas-Stephenson method)
Python-first control systems toolkit for reproducible CLI workflows, plots, JSON outputs, and textbook-aligned analysis/design tools across classical and modern control.
Interactive visualizer for control systems and the Laplace transform — time vs. frequency domain, transfer functions, pole-zero behaviour and step/impulse responses for LTI systems.
Python code to perform both more traditional unidimensional (e.g., of SMPS data) or bidimensional (from tandem measurements) inversion of aerosol size distributions.
A Python/NumPy implementation of the Loewner framework for data-driven interpolation by rational functions.
Box-Jenkins transfer function models by exact maximum likelihood — Python port of drtran. Ships mtram, an MCP server for LLM-driven transfer-model building
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